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    • 14. 发明授权
    • Exhaust system for steel-making plant
    • 炼钢厂排气系统
    • US3976454A
    • 1976-08-24
    • US551052
    • 1975-02-19
    • Gerhard HausbergKarl-Rudolf Hegemann
    • Gerhard HausbergKarl-Rudolf Hegemann
    • B01D50/00B01D51/00C21C5/38C21C5/40F23J11/12F27D17/00B01D47/06
    • C21C5/40B01D50/00Y02P10/265Y02P10/283Y10S261/54
    • Dust-laden waste gases from a converter and from ancillary equipment are exhausted by respective blowers through a first and a second duct to a main and a secondary scrubbing station whence the purified gases escape through respective chimneys. The first duct is provided with two cascaded washing stages, the upstream stage being operable to throttle or block the flow of gases therethrough. An annular cowl for the interception of peripherally escaping converter gases is connected to a third duct which joins the first duct at a location between the two washing stages but is also connectable through a switching valve to the second duct. The switching valve is open in the blowing phase of the converter while a movable insert at the upstream washing stage unblocks the first duct; in the charging phase, the switching valve is closed and the insert at the upstream stage obstructs the first duct as the gases picked up by the cowl are drawn through the third duct and the downstream washing stage of the first duct for discharge through the chimney of the main scrubbing station.
    • 来自转炉和辅助设备的含灰尘的废气通过相应的鼓风机通过第一和第二管道排放到主和二次洗涤站,从而净化的气体通过相应的烟囱排出。 第一管道设置有两个级联的洗涤级,上游级可操作以节流或阻止气体流过其中。 用于拦截外围逸出的转化器气体的环形罩被连接到第三管道,该第三管道将第一管道连接在两个洗涤级之间的位置处,但是也可以通过切换阀连接到第二管道。 切换阀在转炉的吹塑阶段打开,而在上游洗涤阶段的可移动的插入件阻止第一管道; 在充电阶段,切换阀关闭,并且上游级的插入件阻塞第一管道,因为被整流罩拾取的气体通过第三管道和第一管道的下游清洗阶段被抽出,以通过烟囱排放 主要洗刷站。
    • 15. 发明授权
    • Venturi scrubber for wet dedusting and having an insert body
    • 文丘里洗涤器用于湿法除尘并具有插入体
    • US09327228B2
    • 2016-05-03
    • US14127475
    • 2012-06-20
    • Karl-Rudolf Hegemann
    • Karl-Rudolf Hegemann
    • B01D47/10
    • B01D47/10B01D2247/08
    • A venturi scrubber, which has a flow channel defined by a confuser, a throat, and a diffuser in sequence and which has a longitudinal axis. The throat has a throat wall, with nozzles for injecting scrubbing liquid into the throat. At least one insert body in the throat reduces the flow cross-section in the flow channel by at most 45%, preferably at most 30%, especially preferably at most 20%. The insert body is located preferably in a region of the longitudinal extension of the throat after the nozzles, as viewed in the direction from the confuser to the diffuser.
    • 文丘里洗涤器,其具有由混合物,喉部和扩散器依次限定的流动通道,并具有纵向轴线。 喉咙有一个喉咙壁,喷嘴用于将洗涤液注入喉咙。 喉部中的至少一个插入体将流动通道中的流动横截面减少最多45%,优选至多30%,特别优选至多20%。 插入体优选地位于喷嘴之后的喉部的纵向延伸的区域中,从从混凝土到扩散器的方向观察。
    • 16. 发明授权
    • Apparatus for cleaning stack gas and using same for generation of
electric power
    • 用于清洁堆叠气体并用于产生电力的装置
    • US4007025A
    • 1977-02-08
    • US520920
    • 1974-11-04
    • Karl-Rudolf Hegemann
    • Karl-Rudolf Hegemann
    • B01D47/06B01D50/00B01D51/00C21B7/00C21B7/22F02C1/00F02C6/00F02C7/05B01D47/10
    • C21B7/007B01D47/06B01D47/10B01D50/00C21B7/002B01D2247/08Y10S261/54Y10S261/56
    • Stack gas is first passed through a coarse-particle separator and then a prescrubbing tower. Then this gas, which is under pressure, is passed through a pair of Venturi washers. The output side of one of the washers is connected directly to a droplet separator at the output of the system. The outlet of the other Venturi washer is connected through a turbine driving an electric generator and having its output side in turn connected to the droplet separator. The control body of at least the washer which is connected directly to the droplet separator is adjustable so as to maintain a constant back pressure in the system at the blast furnace from which the stack gas comes. The Venturi washer connected to the turbine is set up to pass at least four times as much of the gas as the other Venturi washers so that most of the gas passes through the turbine, undergoing a pressure drop that is transformed into the work of driving the turbine and generates electricity.
    • 堆放气体首先通过粗颗粒分离器,然后通过预分离塔。 然后在压力下的这种气体通过一对文丘里垫圈。 一个垫圈的输出侧直接连接到系统输出端的液滴分离器。 其他文丘里垫圈的出口通过驱动发电机的涡轮连接,并且其输出侧依次连接到液滴分离器。 至少直接连接到液滴分离器的洗衣机的控制体是可调节的,以便在堆积气体到达的高炉的系统中保持恒定的背压。 连接到涡轮机的文丘里垫圈设置为通过至少四倍于其他文丘里垫圈的气体,使得大部分气体通过涡轮机,经受压降,其转化为驱动 涡轮发电。
    • 19. 发明授权
    • Method of cleaning stack gas and using same for generation of electric
power
    • 清洁堆叠气体并使用它来产生电力的方法
    • US4055331A
    • 1977-10-25
    • US692731
    • 1976-06-04
    • Karl-Rudolf Hegemann
    • Karl-Rudolf Hegemann
    • B01D47/06B01D50/00C21B7/00C21B7/22
    • B01D50/00B01D47/06C21B7/002C21B7/007Y10S261/54Y10S261/56
    • Stack gas is first passed through a coarse-particle separator and then a prescrubbing tower. Then this gas, which is under pressure, is passed through a pair of differential-pressure (annular-gap) washers. The output side of one of the washers is connected directly to a droplet separator at the output of the system. The outlet of the other washer is connected through a turbine driving an electric generator and having its output side in turn connected to the droplet separator. The control body of at least the washer which is connected directly to the droplet separator is adjustable so as to maintain a constant backpressure in the system at the blast furnace from which the stack gas comes. The washer connected to the turbine is set up to pass at least four times as much of the gas as the other washers so that most of the gas passes through the turbine, undergoing a pressure drop that is transformed into the work of driving the turbine and generates electricity.
    • 堆放气体首先通过粗颗粒分离器,然后通过预分离塔。 然后,处于压力下的气体通过一对差压(环形间隙)垫圈。 一个垫圈的输出侧直接连接到系统输出端的液滴分离器。 另一个洗衣机的出口通过驱动发电机的涡轮连接,并且其输出侧又连接到液滴分离器。 至少直接连接到液滴分离器的洗衣机的控制体是可调节的,以便在堆积气体到达的高炉的系统中保持恒定的背压。 连接到涡轮机的垫圈被设置为使其通过至少四倍于其他垫圈的气体,使得大部分气体通过涡轮机,经历压力转换成驱动涡轮机的工作, 发电。